Amoeboid Movement in Chaos Carolinensis
Amoeboid movement is often regarded as one of the simplest forms of cell motility. However, it consists of even simpler phenomena that either constitute, or are encountered in, other forms of motility, namely cytoplasmic streaming, changes in cell shape, and the formation of temporary locomotor appendages, pseudopodia.
KeywordsVelocity Profile Cytoplasmic Streaming Magnetic Sphere Cellular Slime Mold Amoeboid Movement
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- Allen, R.D., 1961a, Amoeboid movement, in: “The Cell”, vol. II, 135–216, A.E. Mirsky and J. Brachet, eds., Academic Press, New York.Google Scholar
- Allen, R.D., 1968, Differences of a fundamental nature among sever- al types of amoeboid movement, S.E.B. Symposia, 22: 151.Google Scholar
- Allen, R.D, 1973, Biophysical aspects of pseudopod extension and retraction, in:“The Biology of Amoeba”, K.W. Jeon, ed., Academic Press, New York.Google Scholar
- Allen, R.D. and Allen, N.S., 1978, Cytoplasmic streaming in amoeboid movement, Ann. Rev. Biophys. Bioeng., 7: 497.Google Scholar
- Allen, R.D., Cooledge, J.W., and P.J. Hall, 1960, Streaming in cytoplasm dissociated from the giant amoeba, Chaos chaos, Nature, 187: 896.Google Scholar
- Allen, R.D. and Taylor, D.L., 1975, The molecular basis of amoeboid movement, in:“Molecules and Movement”, R. Stephen and S. Inoué, eds., Raven Press, New York.Google Scholar
- Bynum, R.D., and Allen, R.D., 1980, Torsional movements in the amoeba, Chaos carolinensis, suggest a helical cytoskeletal organization, J. Protozoology, 27: 420.Google Scholar
- Dujardin, F., 1838, Reserches sur les organisms inférieurs, Ann. Sci. Nat. Zool., 4: 343.Google Scholar
- Francis, D.W. and Allen, R.D., 1971, Induced birefringence as evidence of endoplasmic viscoelasticity in Chaos carolinensis, J. of Mechanochemistry and Cell Motility, A. Oplatka, ed.Google Scholar
- Pollard,.D. and E. Korn, 1973, Isolation from Acanthamoeba castellanii of an enzyme similar to muscle myosin. J. Biol. Chem., 248: 4682.Google Scholar
- Stockem, W., Hoffman, A.-V., and W. Gawlitta, 1982, Spatial organization and fine structure of the cortical filament layer in normal locomoting Amoeba proteus, Cell and Tissue Res., 221: 505.Google Scholar